Correlation between magnitude sequence of Young’s moduli and physical properties of pure metals
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Prof. Dr. Alfred Buch studied Mechanical Engineering and Materials Science in Warsaw, Lviv and St. Petersburg. He received the degrees M. Sc. In 1943 and Dr. Sc. Tech. in 1949. From 1956 to 1968, he was head of the Materials Strength Department of an industrial research institute in Warsaw. From 1969 until his retirement, he worked in the Aeronautical Department of the Technical University Technion in Haifa, Israel. He is the author of many publications in the field of fatigue and materials science. Among his cooperations with German researchers, he has frequently worked together with the Institut für Werkstofftechnik and the Fraunhofer Laboratorium für Betriebsfestigkeit in Darmstadt
Abstract
In the case of consecutive increase of the atomic number AN the sequence of Young’s modulus E, of latent fusion heat L cal/cc and of the reciprocal atomic volume (1/V) is mostly similar. The magnitude sequence of metals melting points is sometimes different than that of the E-modulus.
Abstract
Im Falle einer fortlaufenden Erhöhung der Atomzahl der Metallelemente ist die Reihenfolge der E-Moduln, der latenten Schmelzwärme und des reziproken Atomvolumens (1/V) ähnlich. Die Reihenfolge der Schmelztemperatur ist in einigen Fällen anders als diese der E-Moduln.
About the author
Prof. Dr. Alfred Buch studied Mechanical Engineering and Materials Science in Warsaw, Lviv and St. Petersburg. He received the degrees M. Sc. In 1943 and Dr. Sc. Tech. in 1949. From 1956 to 1968, he was head of the Materials Strength Department of an industrial research institute in Warsaw. From 1969 until his retirement, he worked in the Aeronautical Department of the Technical University Technion in Haifa, Israel. He is the author of many publications in the field of fatigue and materials science. Among his cooperations with German researchers, he has frequently worked together with the Institut für Werkstofftechnik and the Fraunhofer Laboratorium für Betriebsfestigkeit in Darmstadt
References
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© 2006 Walter de Gruyter GmbH, Berlin/Boston
Artikel in diesem Heft
- Contents
- Notizen und produkte
- Organschaft
- Deutsche gesellschaft für Zersrtörungsfreie Prüfung e.V
- Elastizitätsmessung
- Bestimmung der elastischen Eigenschaften von Festkörpern – Teil 1
- Materials Measurement
- Ways to control the inaccuracy of old and new results of measurements of the elastic properties of metallic elements
- Some relations between elastic and physical parameters of pure metals
- Correlation between magnitude sequence of Young’s moduli and physical properties of pure metals
- Temperatur- und spannungsmessung
- Temperaturverteilung und temperaturbedingte Spannungen beim Warmwalzen
- Surface measurement
- Measurement and control of copper and tin coatings
- Computertomographie
- Einsatz von Computertomographie in der Reverse-Engineering-Technologie
- Normung
- Kerntechnische Normung
- Sensoren
- Veranstaltungen
- Call for Papers
- Normen und richtlinien
- Normen und richtlinien
- Mechanische Verbindungselemente 3
- Vorschau
- Vorschau/Impressum
Artikel in diesem Heft
- Contents
- Notizen und produkte
- Organschaft
- Deutsche gesellschaft für Zersrtörungsfreie Prüfung e.V
- Elastizitätsmessung
- Bestimmung der elastischen Eigenschaften von Festkörpern – Teil 1
- Materials Measurement
- Ways to control the inaccuracy of old and new results of measurements of the elastic properties of metallic elements
- Some relations between elastic and physical parameters of pure metals
- Correlation between magnitude sequence of Young’s moduli and physical properties of pure metals
- Temperatur- und spannungsmessung
- Temperaturverteilung und temperaturbedingte Spannungen beim Warmwalzen
- Surface measurement
- Measurement and control of copper and tin coatings
- Computertomographie
- Einsatz von Computertomographie in der Reverse-Engineering-Technologie
- Normung
- Kerntechnische Normung
- Sensoren
- Veranstaltungen
- Call for Papers
- Normen und richtlinien
- Normen und richtlinien
- Mechanische Verbindungselemente 3
- Vorschau
- Vorschau/Impressum
